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Transport Properties in Polymers by Jiri Stastna (1995, Hardcover) 1st Edition
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eBay item number:266419669496
Item specifics
- Condition
- Country of Origin
- United States
- Series
- N/A
- Unit Type
- Unit
- Personalized
- No
- Educational Level
- Adult & Further Education, High School, Vocational School
- MPN
- N/A
- Features
- 1st Edition, Illustrated
- Level
- Beginner, Intermediate, Advanced, Proficiency, Business, Technical
- Unit Quantity
- 1
- California Prop 65 Warning
- N/A
- ISBN
- 9781566762823
About this product
Product Identifiers
Publisher
CRC Press LLC
ISBN-10
1566762820
ISBN-13
9781566762823
eBay Product ID (ePID)
1125439
Product Key Features
Number of Pages
303 Pages
Language
English
Publication Name
Transport Properties in Polymers
Publication Year
1995
Subject
Textiles & Polymers, Materials Science / General, Chemical & Biochemical, Physics / Mathematical & Computational
Type
Textbook
Subject Area
Technology & Engineering, Science
Format
Hardcover
Dimensions
Item Height
0.9 in
Item Weight
24.2 Oz
Item Length
11 in
Item Width
8.5 in
Additional Product Features
Intended Audience
Scholarly & Professional
LCCN
94-062157
Dewey Edition
20
Dewey Decimal
620.1/92
Table Of Content
Basic Thermodynamic Concepts Equation of State Reversible and Irreversible Processes The Second Thermodynamic Principle Thermodynamic Potentials Thermodynamics of Irreversible Processes The Diffusion Equation Basic Properties of Linear Partial Differential Equations Parabolic Equations Separation of Variables Fourier Method Constant Diffusivity Green's Function Helmholtz Equation Integral Transforms Diffusion in Polymers Historical Note Sorption Kinetics Diffusion in Polymeric Membranes Diffusion-Continuum Mechanics Picture Controlled Release Systems Random Walks Basic Concepts of the Random Walk Restricted Walks Correlated and Self-Avoiding Walks Ideal Polymer Chains Classical Diffusion Anomalous Diffusion Mechanical Relaxation Appendix Laplace Equation in Curvilinear Coordinates Vectors, Vector Operators, and Integral Theorems Some Special Functions Bessel Functions Associated Legendre Functions Orthogonal Polynomials Integral Transforms Transport Properties: Diffusion, Solubility, Permeation, and Swelling Data for Some Systems Index
Synopsis
From the Authors Introduction Diffusion is one of the few manageable nonequilibrium pro- cesses during which matter is transported through a system. Traditionally, diffusion is studied in physical chemistry; however, the fundamental understanding of diffusion processes is not possible without involving statistical physics. Diffusion in disordered systems, such as in polymers, has sometimes unexpected features, the nature of which has not yet been determined. Since modern technology involves more and more complex materials which rely on a subtle balance of microscopic effects, the understanding of diffusion processes in these materials is of paramount importance from the practical point of view. A renewed interest in the basic principles of diffusion is a direct result of new experimental data. This was a contributing factor in the preparation of this text. In the first chapter, the phenomenological thermodynamic basics of diffusion is reviewed, and the diffusion equation is derived from the principles of irreversible thermodynamics. The basic mathematical apparatus for solving diffusion equations is reviewed in the second chapter. The third chapter deals mainly with the vast amount of experimental data dealing with diffusion in polymers. . . . A reader interested in particular polymeric systems can use the . . . material as a useful introduction. The last chapter contains basic information concerning random walks and their application to the diffusion in disordered systems. The theory of random walks is widely used in polymer physics where it is usually combined with statistical mechanics to formulate various models of polymeric systems. Finally, useful mathematical formulas and references to the original sources of some mathematical methods are provided] in the appendices. Some physical constants associated with several polymer solvent systems are also presented., From the Authors Introduction Diffusion is one of the few manageable nonequilibrium pro- cesses during which matter is transported through a system. Traditionally, diffusion is studied in physical chemistry; however, the fundamental understanding of diffusion processes is not possible without involving statistical physics. Diffusion in disordered systems, such as in polymers, has sometimes unexpected features, the nature of which has not yet been determined. Since modern technology involves more and more complex materials which rely on a subtle balance of microscopic effects, the understanding of diffusion processes in these materials is of paramount importance from the practical point of view. A renewed interest in the basic principles of diffusion is a direct result of new experimental data. This was a contributing factor in the preparation of this text. In the first chapter, the phenomenological thermodynamic basics of diffusion is reviewed, and the diffusion equation is derived from the principles of irreversible thermodynamics. The basic mathematical apparatus for solving diffusion equations is reviewed in the second chapter. The third chapter deals mainly with the vast amount of experimental data dealing with diffusion in polymers. . . . A reader interested in particular polymeric systems can use the . . . material as a useful introduction. The last chapter contains basic information concerning random walks and their application to the diffusion in disordered systems. The theory of random walks is widely used in polymer physics where it is usually combined with statistical mechanics to formulate various models of polymeric systems. Finally, useful mathematical formulas and references to the original sources of some mathematical methods are [provided] in the appendices. Some physical constants associated with several polymer solvent systems are also presented.
LC Classification Number
QD381.9.P45S73 1995
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